It looks like you're using an Ad Blocker.
Please white-list or disable AboveTopSecret.com in your ad-blocking tool.
Thank you.
Some features of ATS will be disabled while you continue to use an ad-blocker.
WASHINGTON — Imagine a carbon sheet that's only one atom thick but is stronger than diamond and conducts electricity 100 times faster than the silicon in computer chips.
That's graphene, the latest wonder material coming out of science laboratories around the world. It's creating tremendous buzz among physicists, chemists and electronic engineers.
"It is the thinnest known material in the universe, and the strongest ever measured," Andre Geim , a physicist at the University of Manchester, England , wrote in the June 19 issue of the journal Science.
"A few grams could cover a football field," said Rod Ruoff , a graphene researcher at the University of Texas, Austin , in an e-mail. A gram is about 1/30th of an ounce."
Originally posted by whoshotJR
Cool stuff, thanks for the post. It gives me something else to research.
I have played with carbon fiber and I was already amazed by it, wonder what they could make with this stuff.
Originally posted by whoshotJR
reply to post by USMC-oorah
It would be interesting to see how its strength holds up to impacts. I think its talking more about tensile strength then the ability to take a bullet but who knows.
It could open up a world of transportation possibilities because it is probably much lighter and stronger the current materials. With much less weight it would require much less force to power the vehicle or plane. I wonder how it will do with heat fluctuation.
Carbon nanotubes have several problems: one, it is very difficult to put them exactly where you want to. Second, it’s quite difficult to connect to them – to wire them up. Those are the two major hurdles with carbon nanotubes. Also, you don’t treat them like you do silicon. When you do nanotube electronics, it’s an entirely different set of processing steps that you use compared with silicon. If you work with graphitic materials – graphene – on the surface of silicon carbide, you can use all the common steps now used in the processing of silicon to make electronic devices, but on a much finer scale than what is possible with silicon. You can break the barrier that silicon is facing, going all the way down to the nanoscale, at which silicon breaks down—you can’t use silicon when it’s made that small for a whole variety of reasons. So you have all the advantages of graphitic materials, which are extremely robust and strong materials, and you avoid several of the disadvantages of silicon. That is really the main motivation for all of this. It piggybacks completely on the carbon nanotube electronics paradigm, but simply opens up the nanotubes – making them flat so that you can do things that you could never do with nanotubes